Electrical Power System Resilience Assessment: A Comprehensive Approach

Hybrid AC/DC microgrids flexible reliability index by using the axiomatic design concept

“…To describe any grid structure by an axiomatic design concept, it is necessary to map a set of power grid processes to their assets by binary matrices, which are known as relation matrices ( RMs ) [13]. Rows and columns of these matrices indicate processes and assets, respectively.…”

“…To evaluate the FR of a microgrid, an axiomatic design concept has been used which is a systematic binary matrix‐based approach to numerically show and present the large flexible engineering systems such as power grids. Indeed, the proposed FR analysis is an improved version of the method given in [13]. Sabouhi et al .…”

“…Sabouhi et al . [13] provided a fundamental framework for quantifying and modelling conventional power systems resilience, with a focus on high‐wind events and only AC systems and components are considered. Interested readers are referred to [13] for more details on the index modelling procedure.…”

“…In this paper, the modelling method in [13] is modified in such a way that in addition to being used in AC networks, it can be also employed for DC networks and hybrid AC/DC microgrids. A modified method is presented which can also take into account the bi‐way equipment such as converters to determine the FR of AC/DC systems.…”

Power Outage Estimation: The Study of Revenue-Led Top Affected States of U.S

“…There are several studies where the research motivation is to assess the impact of geomagnetic storms on the electric power system [32][33][34]. In context with natural disasters, there are several studies in the literature which present the impact assessment of other kind of severe-weather related events such as thunderstorm, rainstorms and heavy winds [35][36][37][38][39]. Most of the existing studies present the analysis and prediction of outages in context to specific kind of event which trigger the power outage as discussed earlier.…”